Suntrek Industries would like you to use abundant supply of sunlight to offset energy consumption with Photovoltaic solar energy systems!

Suntrek solar panels are able to transform sunlight into usable forms of energy for on and off electrical grid applications. Wired together in modular array solar energy systems, solar panels by Suntrek will allow you a custom, expandable design to meet a variety of everyday energy demands, from powering a remote electrical pump or lighting a modern urban home.

Solar panel manufacturing technology by Suntrek Industries

Suntrek crystalline silicon solar panel cells are able to take the orderly arrangement of atoms that result in the efficient conversion of sunlight to electricity. A typical Suntrek Industries solar crystalline silicon solar panel consists of a transparent glass surface, ethyl vinyl acetate encapsulated, a Tedlar rear layer of panel, and an aluminum outer frame.

A thin-film deposition solar panel is easier and less expensive than crystalline silicon ingot-growth techniques because it uses less semiconductor solar material. The three principal thin-film technologies used for solar panels are amorphous silicon (a-Si), cadmium telluride (CdTe) and copper indium gallium diselenide (CIGS). These solar panel creation processes produce high-efficiency modules that can be built directly into roofing shingles for aesthetic architectural considerations.

Utilizing effective string-ribbon manufacturing combines conventional crystalline silicon solar panels and emerging thin film technology. The high-temperature, molten process contributes to a solar double yield over conventional solar cell construction per pound of silicon for high solar material efficiency